Moving from hardware solutions to software solutions isn’t a new concept for technology professionals, but network infrastructure has traditionally been a hardware-focused world even as applications move to the cloud. With the introduction of SD-WAN, or Software-Defined Wide Area Networks, IT professionals find themselves needing to retool their understanding of flexible networks and security. The MPLS (Multiprotocol Label Switching) has been in use for decades and is an extremely reliable — yet pricey — option for connectivity. Today’s SD-WAN provides the modern organization with the flexibility, scalability, security and efficiency needed to stay competitive in a fast-changing world.
At its most basic, you can think of SD-WAN as a way to tie together a variety of disparate networks as it is equally efficient with internal as well as external internet and even cloud-based applications. Instead of a more rigid WAN network, SD-WAN allows you to configure your network quickly from a centralized location, reducing the potential of human error that can bring your network to its knees and productivity to a screeching halt. Since all variables are driven by software that you configure, this structure can be quickly scaled and new remote locations added without requiring an intense investment in time and physical hardware or redesign.
A key value that you gain when you shift to an SD-WAN is the ability to make shifts locally as well as globally from a centralized dashboard. This makes changes swifter, but also helps protect your network by ensuring that universal security standards are applied at all locations equally. Using an SD-WAN configuration gives you the added benefit of consolidated troubleshooting and error reporting so you can quickly identify any trouble spots or network hotspots and shift resources as needed to add speed and efficiency to your network — something that users are sure to appreciate, even if they never realize it is happening.
Upgrading your network from a more restrictive model to SD-WAN has a variety of benefits for your organization. While some of these gains are realized upfront, others will continue to add value to your organization over time.
Instead of relying on the hardware to make decisions about connections speed and connections as with MPLS, SD-WAN makes agile decisions about the best way to connect users and the data or applications that they need to access.
While there are many benefits of SD-WAN, there is one downside that can be a deal-breaker for certain organizations. Software-Defined WAN does provide extremely reliable uptime, but there can be more packet loss than you would see with a hardware-based network. In this case, you may want to consider a hybrid infrastructure that lets you gain the benefits of SD-WAN for the majority of your applications yet maintains any heavy applications that simply cannot abide packet loss on a more traditional MPLS. The majority of organizations are looking for ways to reduce their cost of connectivity and have very heavy use of their internet or intranet connections — making SD-WAN ideal. Businesses that are growing quickly or expanding into new regions are also likely to see gains from making the switch.
Many organizations are seeing that shifting to an SD-WAN model may help them future-proof their business by creating a flexible, scalable and secure model that can grow with their business. From the reduced cost of connections to the high availability environment, it’s clear that the conversation around SD-WAN will not be going away in technology groups around the world.
The three sectors with the biggest spending on cybersecurity are banking, manufacturing, and the central/federal government, accounting for 30% of overall spending (IDC).
40% of businesses will incorporate the anywhere operations model to accommodate the physical and digital experiences of both customers and employees (Techvera).
More than 33 billion records will be stolen by cybercriminals by 2023, an increase of 175% from 2018.
The average cost of a data breach in the United States is $8.64 million, which is the highest in the world, while the most expensive sector for data breach costs is the healthcare industry, with an average of $7.13 million (IBM).
The internal team was energized. With the Level 1 work off its plate, the team turned its attention to the work that fueled company growth and gave them job satisfaction.
Forty-three percent of attacks are aimed at SMBs, but only 14% are prepared to defend themselves (Accenture).
The cost of cybercrime is predicted to hit $10.5 trillion by 2025, according to the latest version of the Cisco/Cybersecurity Ventures “2022 Cybersecurity Almanac.”.
It takes an average of 287 days for security teams to identify and contain a data breach, according to the “Cost of a Data Breach 2021” report released by IBM and Ponemon Institute.
We did a proof of concept that met every requirement that our customer might have. In fact, we saw a substantial improvement.
We did everything that we needed to do, financially speaking. We got our invoices out to customers, we deposited checks, all the things we needed to do to keep our business running, and our customers had no idea about the tragedy. It didn’t impact them at all.
“We believe our success is due to the strength of our team, the breadth of our services, our flexibility in responding to clients, and our focus on strategic support.”